The shaker test investigates how diverse mechanical forces impact battery systems over their entire lifespan, ensuring resilience and lifetime.
Research & Development
Pioneering battery innovation
Discover the synergy of our large R&D team, seamlessly blending Advanced Engineering, Product Verfication & Validation and Development, to shape the future of electric mobility. Explore the vital importance of our Inhouse R&D, where every innovation is meticulously crafted to enhance product and customer values – from safety and lifetime to exceptional performance.
Advanced Engineering
Pioneering cutting-edge battery engineering, our innovation spans from intelligent battery design to Li-Ion cells, setting new benchmarks for safety, quality, and performance always considering the design to cost approach. The integrated approach to battery architecture, cell qualification, CAE simulation, data science, battery management, and thermal management positions us as an industry leader in battery technology.
Product Verification & Validation
At KREISEL Electric, superior safety, quality and performance are our top priorities. That’s why we go the extra mile to guarantee outstanding battery performance. Our test procedures, tailored for both mobile and stationary applications, ensure that every aspect of our battery systems is rigorously verified and validated.
What’s our secret to staying ahead? We operate our very own test center, allowing us to adapt swiftly and deliver results that exceed expectations.
Development
Our innovative development approach is designed for the perfect synergy of mechanics, electric, electronics, hydraulics, software, and electrochemical energy storage.
By following the Systems Engineering approach, we address these contents simultaneously on a systems level, to guarantee the development of innovative and high-quality batteries and battery integrated chargers. We employ cutting-edge methods and tools to apply immersive thermal management with selected fluids and materials, along with precision laser welding and state of the art materials and manufacturing technologies.
Inhouse testing procedures
Mechanical influences
Lifetime and environmental
In several climate chambers, we subject our products to extreme temperature and humidity conditions, pushing the boundaries to ensure peak performance even in the harshest conditions.
Abuse and safety testing
In the unlikely event of a single cell thermal runaway, our technology is designed to halt any further propagation. In a high-tech reactor, we put our batteries through the paces by conducting TRP tests. Allowing us to set new benchmarks for safety.
Performance
From individual cells to charging stations – Electric load cycling optimizes efficiency in cutting-edge immersion cooling strategies.
Metallography
Deep understanding of processes is achieved through essential metallographic analysis tools for welding processes, a cornerstone of our technology.
Workstreams
Battery Architecture
Impacting performance, capacity, and safety, we design smart batteries with precision in cell arrangement, interconnection, integration, cooling method and layout.
Simulation
Meticulously simulating physical processes at every level – cell, module, stack, pack, and system- enables the virtual design and development of our battery systems.
Data Science
We optimize products and strategies through data science, engineering robust data pipelines, and insightful analysis, comprehending market needs and fostering continuous improvement.
Cells
Rigorous pre-testing ensures our batteries excel in safety, performance, and longevity under diverse conditions.
BMS
Enhancing software, expanding functions, and ensuring reliability through rigorous HiL system tests, with dedicated support for seamless battery integration.
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